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Nonintrusive Monitoring and Control of Metallurgical Processes by Acoustic Measurements

HL Yu, LT Khajavi… - Metallurgical and Materials Transactions B, 2011 - Springer
... The method is intended to monitor the chemistry of the liquid through its relation to the bubble
sound frequency. ... The bubble sound was recorded using two ME66/K6 microphones
(Sennheiser, Wedemark, Germany) placed on the top and side of the tank. ...
Related articles - All 5 versions

Sound emission on bubble coalescence: imaging, acoustic and numerical experim

R Manasseh, G Riboux, A Bui… - 16th Australasian Fluid …, 2011 - espace.library.uq.edu.au
Laboratory and numerical experiments are presented on the emission of sound on bubble
coalescence. The aim was to better understand the fluid-dynamical mechanisms leading to sound
emission. Bubbles were formed from a needle. Coordinated high-speed video and ...
Cached - All 3 versions

Attenuation of low-frequency underwater sound using bubble resonance phenomena and acoustic impedance mismatching

K Lee, KT Hinojosa, MS Wochner… - … of Meetings on …, 2011 - link.aip.org
Air bubbles can be a significant source of attenuation in underwater sound propagation, but such
effects have not been experimentally verified for low frequencies in part due to the difficulty in
creating large stable bubbles. This work is in part an extension of a previously reported ...

A candidate mechanism for exciting sound during bubble coalescence

H Czerski - 2011 - link.aip.org
Coalescing bubbles are known to produce a pulse of sound at the moment of coalescence, but
the mechanism driving the sound production is uncertain. A candidate mechanism for the acoustic
forcing is the rapid increase in the bubble volume, as the neck of air joining the two parent ...
Related articles - All 3 versions

Mitigation of low‐frequency underwater sound using large encapsulated bubbles and freely‐rising bubble clouds.

KM Lee, KT Hinojosa, MS Wochner… - The Journal of the …, 2011 - link.aip.org
Low‐frequency anthropogenic noise may affect marine life, motivating the need to minimize its
potential impact. Bubbles cause significant dispersion and attenuation of underwater sound at
frequencies near the individual bubble resonance and can potentially be used to abate ...

Nonintrusive Monitoring and Control of Metallurgical Processes by Acoustic Measurements

HL Yu, LT Khajavi… - Metallurgical and Materials Transactions B, 2011 - Springer
... The method is intended to monitor the chemistry of the liquid through its relation to the bubble
sound frequency. ... The bubble sound was recorded using two ME66/K6 microphones
(Sennheiser, Wedemark, Germany) placed on the top and side of the tank. ...
Related articles - All 5 versions

Sound emission on bubble coalescence: imaging, acoustic and numerical experim

R Manasseh, G Riboux, A Bui… - 16th Australasian Fluid …, 2011 - espace.library.uq.edu.au
Laboratory and numerical experiments are presented on the emission of sound on bubble
coalescence. The aim was to better understand the fluid-dynamical mechanisms leading to sound
emission. Bubbles were formed from a needle. Coordinated high-speed video and ...
Cached - All 3 versions

Attenuation of low-frequency underwater sound using bubble resonance phenomena and acoustic impedance mismatching

K Lee, KT Hinojosa, MS Wochner… - … of Meetings on …, 2011 - link.aip.org
Air bubbles can be a significant source of attenuation in underwater sound propagation, but such
effects have not been experimentally verified for low frequencies in part due to the difficulty in
creating large stable bubbles. This work is in part an extension of a previously reported ...

A candidate mechanism for exciting sound during bubble coalescence

H Czerski - 2011 - link.aip.org
Coalescing bubbles are known to produce a pulse of sound at the moment of coalescence, but
the mechanism driving the sound production is uncertain. A candidate mechanism for the acoustic
forcing is the rapid increase in the bubble volume, as the neck of air joining the two parent ...
Related articles - All 3 versions

Mitigation of low‐frequency underwater sound using large encapsulated bubbles and freely‐rising bubble clouds.

KM Lee, KT Hinojosa, MS Wochner… - The Journal of the …, 2011 - link.aip.org
Low‐frequency anthropogenic noise may affect marine life, motivating the need to minimize its
potential impact. Bubbles cause significant dispersion and attenuation of underwater sound at
frequencies near the individual bubble resonance and can potentially be used to abate ...

Nonintrusive Monitoring and Control of Metallurgical Processes by Acoustic Measurements

HL Yu, LT Khajavi… - Metallurgical and Materials Transactions B, 2011 - Springer
... The method is intended to monitor the chemistry of the liquid through its relation to the bubble
sound frequency. ... The bubble sound was recorded using two ME66/K6 microphones
(Sennheiser, Wedemark, Germany) placed on the top and side of the tank. ...
Related articles - All 5 versions

Sound emission on bubble coalescence: imaging, acoustic and numerical experim

R Manasseh, G Riboux, A Bui… - 16th Australasian Fluid …, 2011 - espace.library.uq.edu.au
Laboratory and numerical experiments are presented on the emission of sound on bubble
coalescence. The aim was to better understand the fluid-dynamical mechanisms leading to sound
emission. Bubbles were formed from a needle. Coordinated high-speed video and ...
Cached - All 3 versions

Attenuation of low-frequency underwater sound using bubble resonance phenomena and acoustic impedance mismatching

K Lee, KT Hinojosa, MS Wochner… - … of Meetings on …, 2011 - link.aip.org
Air bubbles can be a significant source of attenuation in underwater sound propagation, but such
effects have not been experimentally verified for low frequencies in part due to the difficulty in
creating large stable bubbles. This work is in part an extension of a previously reported ...

A candidate mechanism for exciting sound during bubble coalescence

H Czerski - 2011 - link.aip.org
Coalescing bubbles are known to produce a pulse of sound at the moment of coalescence, but
the mechanism driving the sound production is uncertain. A candidate mechanism for the acoustic
forcing is the rapid increase in the bubble volume, as the neck of air joining the two parent ...
Related articles - All 3 versions

Mitigation of low‐frequency underwater sound using large encapsulated bubbles and freely‐rising bubble clouds.

KM Lee, KT Hinojosa, MS Wochner… - The Journal of the …, 2011 - link.aip.org
Low‐frequency anthropogenic noise may affect marine life, motivating the need to minimize its
potential impact. Bubbles cause significant dispersion and attenuation of underwater sound at
frequencies near the individual bubble resonance and can potentially be used to abate ...

Nonintrusive Monitoring and Control of Metallurgical Processes by Acoustic Measurements

HL Yu, LT Khajavi… - Metallurgical and Materials Transactions B, 2011 - Springer
... The method is intended to monitor the chemistry of the liquid through its relation to the bubble
sound frequency. ... The bubble sound was recorded using two ME66/K6 microphones
(Sennheiser, Wedemark, Germany) placed on the top and side of the tank. ...
Related articles - All 5 versions

Sound emission on bubble coalescence: imaging, acoustic and numerical experim

R Manasseh, G Riboux, A Bui… - 16th Australasian Fluid …, 2011 - espace.library.uq.edu.au
Laboratory and numerical experiments are presented on the emission of sound on bubble
coalescence. The aim was to better understand the fluid-dynamical mechanisms leading to sound
emission. Bubbles were formed from a needle. Coordinated high-speed video and ...
Cached - All 3 versions

Attenuation of low-frequency underwater sound using bubble resonance phenomena and acoustic impedance mismatching

K Lee, KT Hinojosa, MS Wochner… - … of Meetings on …, 2011 - link.aip.org
Air bubbles can be a significant source of attenuation in underwater sound propagation, but such
effects have not been experimentally verified for low frequencies in part due to the difficulty in
creating large stable bubbles. This work is in part an extension of a previously reported ...

A candidate mechanism for exciting sound during bubble coalescence

H Czerski - 2011 - link.aip.org
Coalescing bubbles are known to produce a pulse of sound at the moment of coalescence, but
the mechanism driving the sound production is uncertain. A candidate mechanism for the acoustic
forcing is the rapid increase in the bubble volume, as the neck of air joining the two parent ...
Related articles - All 3 versions

Mitigation of low‐frequency underwater sound using large encapsulated bubbles and freely‐rising bubble clouds.

KM Lee, KT Hinojosa, MS Wochner… - The Journal of the …, 2011 - link.aip.org
Low‐frequency anthropogenic noise may affect marine life, motivating the need to minimize its
potential impact. Bubbles cause significant dispersion and attenuation of underwater sound at
frequencies near the individual bubble resonance and can potentially be used to abate ...

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